J. Paul Robinson

Papers

Total Citations

H-Index

About

J. Paul Robinson is a pioneering researcher whose work spans flow cytometry, high-throughput drug screening, and microbial detection technologies. Based at the intersection of biomedical instrumentation and cellular analysis, Robinson has made significant contributions to automating and accelerating the ways scientists study biological systems at the single-cell level. Among his most notable achievements is the development of an automated high-throughput secondary screening system capable of analyzing individual cells across multiple functional responses simultaneously — a breakthrough that dramatically improves efficiency in drug discovery pipelines. Complementing this, his work on elastic light scatter-based microbial screening instruments introduced a high-speed combinatorial approach to studying bacterial colonies, opening new avenues in antimicrobial research and microbiological diagnostics. Robinson also demonstrates a deep appreciation for the history of his field, as evidenced by his thoughtful documentation of Mack Fulwyler's foundational contributions to flow cytometry — work that preserves critical scientific heritage for future generations. While his citation counts reflect a specialized and technically demanding niche, his innovations in single-cell analysis and automated screening platforms have meaningfully advanced the tools available to biomedical researchers worldwide, making complex biological investigations faster, more precise, and more accessible.